Safe Haskell	None
Language	Haskell2010

Rattletrap.Type.ClassAttributeMap

Synopsis

data ClassAttributeMap = ClassAttributeMap {
- objectMap :: Map U32 Str
- objectClassMap :: Map U32 U32
- value :: Map U32 (Map U32 U32)
- nameMap :: IntMap Str
}
classHasLocation :: Str -> Bool
classHasRotation :: Str -> Bool
getAttributeIdLimit :: Map U32 U32 -> Maybe Word
getAttributeMap :: ClassAttributeMap -> Map CompressedWord U32 -> CompressedWord -> Maybe (Map U32 U32)
getAttributeName :: ClassAttributeMap -> Map U32 U32 -> CompressedWord -> Maybe Str
getClassName :: Str -> Maybe Str
getName :: IntMap Str -> U32 -> Maybe Str
getObjectName :: Map U32 Str -> U32 -> Maybe Str
make :: List Str -> List ClassMapping -> List Cache -> List Str -> ClassAttributeMap

Documentation

data ClassAttributeMap Source #

This data structure holds all the information about classes, objects, and attributes in the replay. The class hierarchy is not fixed; it is encoded in the Content. Similarly, the attributes that belong to each class are not fixed either. Converting the raw data into a usable structure is tedious; see make.

Constructors

ClassAttributeMap
Fields objectMap :: Map U32 Str A map from object IDs to their names. objectClassMap :: Map U32 U32 A map from object IDs to their class IDs. value :: Map U32 (Map U32 U32) A map from class IDs to a map from attribute stream IDs to attribute IDs. nameMap :: IntMap Str

Instances

Instances details

Eq ClassAttributeMap Source #
Instance details Defined in Rattletrap.Type.ClassAttributeMap Methods (==) :: ClassAttributeMap -> ClassAttributeMap -> Bool # (/=) :: ClassAttributeMap -> ClassAttributeMap -> Bool #
Show ClassAttributeMap Source #
Instance details Defined in Rattletrap.Type.ClassAttributeMap Methods showsPrec :: Int -> ClassAttributeMap -> ShowS # show :: ClassAttributeMap -> String # showList :: [ClassAttributeMap] -> ShowS #

classHasLocation :: Str -> Bool Source #

classHasRotation :: Str -> Bool Source #

getAttributeIdLimit :: Map U32 U32 -> Maybe Word Source #

getAttributeMap :: ClassAttributeMap -> Map CompressedWord U32 -> CompressedWord -> Maybe (Map U32 U32) Source #

getAttributeName :: ClassAttributeMap -> Map U32 U32 -> CompressedWord -> Maybe Str Source #

getClassName :: Str -> Maybe Str Source #

getName :: IntMap Str -> U32 -> Maybe Str Source #

getObjectName :: Map U32 Str -> U32 -> Maybe Str Source #

make Source #

Arguments

:: List Str	From `objects`.
-> List ClassMapping	From `classMappings`.
-> List Cache	From `caches`.
-> List Str	From `names`.
-> ClassAttributeMap

Makes a ClassAttributeMap given the necessary fields from the Content.